SpaceX Aims to Catch Starship with Robotic Arms
SpaceX plans to launch its next Starship, aiming to catch the returning upper stage with its launch tower's giant robotic arms. This would be a milestone, as the Ship has never been caught before. The flight will carry Starlink V3 satellites to an operational orbit, pending regulatory approval.
Key points
- SpaceX plans to launch its next Starship as soon as this month, with the goal of catching the returning upper stage with its launch tower's robotic arms.
- This would be a significant milestone, as the Ship has never been caught before, unlike the Super Heavy booster which has been caught three times.
- The flight will carry Starlink V3 satellites to an operational orbit, marking the first time Starship delivers viable payloads rather than test articles.
- Catching the upper stage could save weight and turnaround time, crucial for the economics that SpaceX is chasing.
- The previous flight in late July was successful, with its heat shield surviving re-entry intact, leading Elon Musk to call the heat shield problem 'solved'.
SpaceX Aims to Catch Starship with Robotic Arms
SpaceX is planning to launch its next Starship, with the ambitious goal of catching the returning upper stage with its launch tower's giant robotic arms. This would be a significant milestone for the company, as the Ship has never been caught before. The previous three attempts to catch the Super Heavy booster were successful, but the Ship has proven to be a more challenging target.
The upcoming flight, scheduled for this month pending regulatory approval, will carry Starlink V3 satellites to an operational orbit. This marks the first time Starship delivers viable payloads rather than test articles, a crucial step towards making the spacecraft commercially viable.
Catching the upper stage could save weight and turnaround time, both central to the economics that SpaceX is chasing. A vehicle that returns to the tower can, in theory, be refueled and reflown within hours, making it an attractive option for future missions.
The previous flight in late July was successful, with its heat shield surviving re-entry intact. This achievement has led Elon Musk to declare the heat shield problem 'solved', a rare declaration of victory for the company.
Sources
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